We consider an energy harvesting two-way channel with decoding costs. In this system,
each node spends energy to transmit data to the other user, and also to decode data coming …

We study the effects of decoding and processing costs in an energy harvesting two-way
channel. We design the optimal offline power scheduling policies that maximize the sum …

We consider the effects of decoding costs in energy harvesting communication systems. In
our setting, receivers, in addition to transmitters, rely solely on energy harvested from nature …

We first consider an energy harvesting channel with fading, where only the transmitter
harvests energy from natural sources. We bound the optimal long term throughput by a …

We consider a two-way communication channel in which both users rely solely on energy
harvested from nature. Each user incurs a processing cost per unit time as long as it …

We characterize delay minimal power scheduling policies in energy harvesting
communication systems. We consider a continuous-time system, where the delay …

In this work, we consider a point-to-point link where the transmitter has a hybrid supply of
energy, ie, the energy is supplied by a constant energy source and an energy harvester …

The difficulty of modeling energy consumption in communication systems leads to
challenges in energy harvesting (EH) systems, in which nodes scavenge energy from their …

We consider an energy harvesting network where the transmitter harvests energy from
nature, and the harvested energy can be saved in an imperfect battery which suffers from …

In this work, we consider a point-to-point communication link where the transmitter has a
hybrid supply of energy. Specifically, the hybrid energy is supplied by a constant energy …